Details
X-Ray Inspection System with 130 kV Tube and TDI Detector
High-Precision Industrial Imaging for Non-Destructive Testing and Quality Control
The X-Ray Inspection System featuring a 130 kV X-ray tube combined with a Time Delay Integration (TDI) detector is a high-performance industrial imaging solution designed for precise inspection of complex components and high-volume production environments. This advanced inspection system enables manufacturers and quality control teams to detect internal defects, structural inconsistencies, and foreign materials without damaging the inspected products.
X-ray inspection technology plays a critical role in modern industrial processes where product reliability, safety, and quality assurance are essential. The integration of a powerful 130 kV X-ray tube with advanced TDI detector technology ensures high-resolution imaging, deep material penetration, and reliable inspection performance even in demanding industrial applications.
This system is particularly suitable for industries such as automotive manufacturing, aerospace engineering, electronics production, medical device manufacturing, and industrial quality assurance where accurate defect detection is vital.
Understanding the 130 kV X-Ray Inspection System
X-ray inspection systems operate by generating high-energy radiation that passes through the inspected object. Different materials absorb radiation differently depending on their density and thickness. The remaining radiation that passes through the object is captured by an imaging detector and converted into a digital image.
The 130 kV X-ray tube provides sufficient energy to penetrate dense materials such as metal components, electronic assemblies, and mechanical structures. When combined with a TDI detector, the system is capable of capturing high-resolution images of objects moving on conveyor-based inspection lines.
This combination of high-voltage X-ray generation and advanced detector technology ensures accurate visualization of internal features, enabling engineers to identify hidden defects that cannot be detected through surface inspection methods.
Key Features of the 130 kV X-Ray Inspection System
High Voltage X-Ray Tube for Versatile Inspection
The system is equipped with a 130 kV X-ray tube, providing a high maximum operating voltage that enables inspection of a wide variety of materials. The high voltage capability allows the X-ray beam to penetrate dense or complex components, producing clear and detailed images of internal structures.
This versatility allows the system to be used for inspecting components of different sizes, densities, and materials across multiple industries.
Optimized Power Output for Efficient Operation
The system provides an output power of 39 W, ensuring stable and consistent X-ray generation while maintaining efficient energy consumption. This optimized power design allows the system to deliver reliable imaging performance while reducing operational costs.
The balanced power output also ensures stable operation during extended inspection cycles, making the system suitable for continuous industrial production environments.
Advanced TDI Detector for High Image Quality
The inclusion of a Time Delay Integration (TDI) detector significantly enhances the imaging capability of the system. TDI detectors are specifically designed to capture high-quality images of objects moving along conveyor systems.
Unlike traditional detectors that capture a single exposure, TDI detectors capture multiple sequential image lines and combine them to form a single high-quality image. This process improves signal strength while reducing noise, resulting in sharper images with better contrast.
The improved image quality enables the detection of extremely small defects such as:
- Micro-cracks
- Voids and cavities
- Internal inclusions
- Solder defects in electronic components
- Structural inconsistencies in mechanical parts
High Throughput for Continuous Production
Industrial production environments often require inspection systems that can keep pace with high manufacturing speeds. The 130 kV X-ray inspection system is capable of inspecting up to 300 parts per minute, ensuring that inspection processes do not slow down production lines.
This high throughput capability allows manufacturers to maintain efficient production workflows while still performing detailed internal inspections.
The ability to inspect large volumes of components quickly makes the system ideal for automated production lines and high-volume manufacturing environments.
Robust Industrial Construction
The machine is designed with a large and durable structure, ensuring stable operation during industrial use.
Machine Dimensions: 3890 mm (L) × 2220 mm (W) × 2500 mm (H)
Machine Weight: 5500 kg
The heavy-duty construction ensures mechanical stability, reduces vibration during operation, and supports high-precision imaging. This robust design makes the system suitable for continuous operation in demanding industrial environments.
Technical Specifications
The system is engineered to deliver reliable performance while maintaining industrial durability.
Maximum Operating Voltage: 130 kV
Power Output: 39 W
Machine Dimensions: 3890 mm (L) × 2220 mm (W) × 2500 mm (H)
Machine Weight: 5500 kg
Stable Production Rate: 300 Parts per Minute
Supply Voltage: 380 V
Full Load Current: 50 A
These specifications allow the system to support a wide range of inspection tasks while maintaining stable and energy-efficient operation.
Energy-Efficient and Reliable System Design
Industrial inspection systems must provide both reliability and energy efficiency. The 130 kV X-ray inspection system is designed to operate using an industrial 380 V power supply with a full load current of 50 A, ensuring stable and consistent performance.
Despite its powerful imaging capabilities, the system is optimized to minimize unnecessary energy consumption. This ensures lower operational costs while maintaining high inspection accuracy.
The system's efficient design allows it to operate continuously without performance degradation, making it suitable for high-demand industrial environments.
Applications Across Multiple Industries
The 130 kV X-ray inspection system with TDI detector is used in several industries where accurate internal inspection is essential.
Automotive Manufacturing: Automotive manufacturers use X-ray inspection systems to evaluate engine components, brake systems, castings, and other critical parts to ensure structural integrity and safety.
Aerospace and Defense: In aerospace manufacturing, even minor defects can lead to significant safety risks. X-ray inspection helps detect internal cracks or structural weaknesses in turbine blades, landing gear components, and other high-performance parts.
Electronics Manufacturing: Electronics manufacturers rely on X-ray inspection systems to detect hidden defects in printed circuit boards (PCBs), solder joints, and semiconductor assemblies.
Medical Device Manufacturing: Medical devices must meet strict quality standards. X-ray inspection systems help verify the internal structure and integrity of implantable devices and precision medical equipment.
Industrial Manufacturing and Quality Control: General manufacturing industries use X-ray inspection to ensure the structural reliability of mechanical assemblies and complex products before they reach the market.
Why Choose the 130 kV X-Ray Inspection System with TDI Detector
The 130 kV X-ray inspection system with TDI detector offers an ideal balance between performance, reliability, and efficiency. Its powerful X-ray source, advanced detector technology, and high-throughput inspection capability make it a valuable tool for industries that require precise internal imaging and strict quality control. The system enables manufacturers to detect hidden defects early in the production process, reduce product failures, and maintain high quality standards.
With its robust construction, energy-efficient design, and advanced imaging capabilities, the system provides a dependable inspection solution for modern industrial environments. Organizations seeking accurate non-destructive testing solutions and efficient quality control processes can rely on this advanced inspection system to improve inspection efficiency and ensure product safety.